This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 12345]

CKadath::Eq_int	Class implementing an integral equation
CKadath::List_comp	Class for storing a list of tensorial components
▼CMemory_mapped
CKadath::Array< double >
CKadath::Array< int >
CKadath::Array< T >	Template class for arrays
CKadath::Array_iterator	Version of the `Index` class optimized for incremental access to Array components
CKadath::Base_spectral	Class for storing the basis of decompositions of a field
CKadath::Base_tensor	Describes the tensorial basis used by the various tensors
►CKadath::Domain	Abstract class that implements the fonctionnalities common to all the type of domains
CKadath::Domain_bispheric_chi_first	Class for bispherical coordinates with a symmetry with respect to the plane
CKadath::Domain_bispheric_eta_first	Class for bispherical coordinates with a symmetry with respect to the plane
CKadath::Domain_bispheric_rect	Class for bispherical coordinates with a symmetry with respect to the plane
CKadath::Domain_compact	Class for a spherical compactified domain and a symmetry with respect to the plane
CKadath::Domain_compact_symphi	Class for a spherical compactified domain and a symmetry with respect to the plane and a quadrant symmetry
CKadath::Domain_critic_inner	Class for a 2-dimensional cylindrical type domain
CKadath::Domain_critic_outer	Class for a 2-dimensional cylindrical type domain
CKadath::Domain_fourD_periodic_nucleus	Class for a spherical nucleus
CKadath::Domain_fourD_periodic_shell	Class for a spherical shell
CKadath::Domain_nucleus	Class for a spherical domain containing the origin and a symmetry with respect to the plane
CKadath::Domain_nucleus_symphi	Class for a spherical domain containing the origin a symmetry with respect to the plane and an quadrant symmetry wrt $\varphi$
CKadath::Domain_oned_inf	Class for a 1-dimensional compactified spherical domain
CKadath::Domain_oned_ori	Class for a 1-dimensional spherical domain containing the origin
CKadath::Domain_oned_qcq	Class for a 1-dimensional spherical domain bounded between two raii
CKadath::Domain_polar_compact	Class for a 2-dimensional spherical shell and a symmetry with respect to the plane
CKadath::Domain_polar_nucleus	Class for a 2-dimensional spherical domain containing the origin and a symetry with respect to the plane
CKadath::Domain_polar_periodic_nucleus	Class for a spherical nucleus with a symmetry in $\varphi$
CKadath::Domain_polar_periodic_shell	Class for a spherical shell with a symmetry in $\varphi$
CKadath::Domain_polar_shell	Class for a 2-dimensional spherical shell and a symmetry with respect to the plane
CKadath::Domain_polar_shell_inner_adapted	Class for a spherical-like domain, having a symmetry with respect to the plane
CKadath::Domain_polar_shell_outer_adapted	Class for a spherical-like domain, having a symmetry with respect to the plane
►CKadath::Domain_shell	Class for a spherical shell and a symmetry with respect to the plane
CKadath::Domain_shell_log	Class for a spherical shell and a symmetry with respect to the plane
CKadath::Domain_shell_surr	Class for a spherical shell and a symmetry with respect to the plane
►CKadath::Domain_shell_inner_adapted	Class for a spherical-like domain, having a symmetry with respect to the plane
CKadath::Domain_shell_inner_homothetic	Class for a spherical-like domain, having a symmetry with respect to the plane
►CKadath::Domain_shell_outer_adapted	Class for a spherical-like domain, having a symmetry with respect to the plane
CKadath::Domain_shell_outer_homothetic	Class for a spherical-like domain, having a symmetry with respect to the plane
CKadath::Domain_shell_symphi	Class for a spherical shell and a symmetry with respect to the plane and an quadrant symmetry wrt $\varphi$
CKadath::Domain_spheric_periodic_compact	Class for a 2-dimensional compactified spherical domain and a symetry with respect to the plane
CKadath::Domain_spheric_periodic_nucleus	Class for a 2-dimensional spherical domain containing the origin and a symetry with respect to the plane
CKadath::Domain_spheric_periodic_shell	Class for a 2-dimensional spherical domain bounded between two fixed radii and a symetry with respect to the plane
CKadath::Domain_spheric_time_compact	Class for a 2-dimensional compactified spherical domain and a symetry with respect to the plane
CKadath::Domain_spheric_time_nucleus	Class for a 2-dimensional spherical domain containing the origin and a symetry with respect to the plane
CKadath::Domain_spheric_time_shell	Class for a 2-dimensional spherical domain bounded between two finite radii and a symetry with respect to the plane
►CKadath::Equation	Class implementing an equation
CKadath::Eq_bc	Class for an equation representing a boundary condition on some surface
CKadath::Eq_bc_exception	Class for enforcing boundary condition
CKadath::Eq_bc_order_array	Class for a boundary condition
CKadath::Eq_first_integral	Equation for describing a first integral equation (i.e
CKadath::Eq_full	Class for a zeroth order equation in a `Domain`
CKadath::Eq_inside	Class for bulk equations that are solved stricly inside a given domain
CKadath::Eq_matching	Class for an equation representing the matching of quantities accross a boundary
CKadath::Eq_matching_exception	Equation for a matching condition, except for one coefficient where an alternative condition is enforced (highly specialized usage)
CKadath::Eq_matching_import	Class for an equation representing the matching of quantities accross a boundary using the "import" reserved word
CKadath::Eq_matching_non_std	Class for an equation representing the matching of quantities accross a boundary
CKadath::Eq_matching_one_side	Class for an equation representing the matching of quantities accross a boundary
CKadath::Eq_matching_order_array	Class for a matching condition
CKadath::Eq_one_side	Class for a first order equation in a `Domain`
CKadath::Eq_order	Class for bulk equation which order is passed as a parameter
CKadath::Eq_order_array	Class for an equation in a `Domain` which order is passed, for each variable
CKadath::Eq_vel_pot	Class for the velocity potential in irrotational binray neutron stars
CKadath::Index	Class that gives the position inside a multi-dimensional `Array`
CKadath::Matrice	Matrix handling
►CKadath::Metric	Purely abstract class for metric handling
CKadath::Metric_AADS	Class to manage asymptotically anti de Sitter metrics
CKadath::Metric_ADS	Class to manage anti de Sitter metrics
CKadath::Metric_cfc	Class to deal with a metric with a conformaly flat metric
►CKadath::Metric_conf	Class to deal with a metric which determinant is 1
►CKadath::Metric_dirac	Class to deal with a conformal metric in the Dirac gauge
CKadath::Metric_dirac_const	Class to deal with a conformal metric in the Dirac gauge
►CKadath::Metric_conf_factor	Class to deal with a metric with a conformal decomposition (mainly used for AADS spacetimes) The true metric and the conformal are related via $\gamma_{ij} = \frac{1}{\Omega^2}\tilde{\gamma}_{ij}$
CKadath::Metric_conf_factor_const
CKadath::Metric_flat	Class that deals with flat metric
CKadath::Metric_flat_nophi	Class that deals with flat metric assuming a axisymmetric setting (nothing depends on )
►CKadath::Metric_general	Class to deal with arbitrary type of metric
CKadath::Metric_const	Class to deal with arbitrary type of metric but that is constant
CKadath::Metric_harmonic	Class to deal with a metric in the spatial harmonic gauge
►CKadath::Metric_nophi	Class to deal with a metric independant of $\varphi$
CKadath::Metric_nophi_const	Class to deal with a metric independant of $\varphi$ and constant
►CKadath::Metric_nophi_AADS	Class to deal with a metric independant of $\varphi$ with a conformal decomposition (mainly used for AADS spacetimes) The true metric and the conformal are related via $\gamma_{ij} = \frac{1}{\Omega^2}\tilde{\gamma}_{ij}$
CKadath::Metric_nophi_AADS_const	Class to deal with a metric independant of $\varphi$ with a conformal decomposition and constant
►CKadath::Ope_eq	Abstract class that describes the various operators that can appear in the equations
CKadath::Ope_add	The operator addition
CKadath::Ope_atanh	Operator inverse hyperbolic tangent (only defined for a scalar field or a double)
CKadath::Ope_change_basis	Operator changin the tensorial basis of a field
CKadath::Ope_conjug	Complex conjugate (only changes the m_quant parameter so far)
CKadath::Ope_cos	Operator cosine (only defined for a scalar field or a double)
CKadath::Ope_cosh	Operator hyperbolic cosine (only defined for a scalar field or a double)
CKadath::Ope_ddp	The operator second derivative wrt $\varphi$
CKadath::Ope_ddr	The operator second radial derivative
CKadath::Ope_ddt	The operator second derivative wrt $\theta$
CKadath::Ope_ddtime	Second time derivative Computes the second time derivative
CKadath::Ope_def	The operator definition
CKadath::Ope_def_global	Operator for a global definition (i.e
CKadath::Ope_der	The operator covariant derivative
CKadath::Ope_der_background	The operator covariant derivative with respect to the background metric
CKadath::Ope_der_flat	The operator covariant derivative with respect to the flat metric
CKadath::Ope_determinant	The operator determinant
CKadath::Ope_div	The operator Division
CKadath::Ope_div_1mrsL	The operator division by (for AADS spacetimes)
CKadath::Ope_div_1mx2	The operator division by
CKadath::Ope_div_cost	The operator division by $r\cos\theta$
CKadath::Ope_div_r	The operator division by
CKadath::Ope_div_rsint	The operator division by $r\sin\theta$
CKadath::Ope_div_sint	The operator division by $\sin\theta$
CKadath::Ope_div_xpone	The operator division by
CKadath::Ope_dn	The operator normal derivative Computes the derivative in the direction normal to a given boundary
CKadath::Ope_dr	The operator first radial derivative
CKadath::Ope_dt	The operator first derivative wrt $\theta$
CKadath::Ope_dtime	The operator time derivative
CKadath::Ope_exp	Operator exponential (only defined for a scalar field or a double)
CKadath::Ope_fit_waves	Operator that fits a field to outgoing waves (highly specialized stuff)
CKadath::Ope_grad	The operator flat gradient Intended for systems where no metric has been defined
CKadath::Ope_id	The operator identity
CKadath::Ope_import	Operator importing the values of a field from a neighborig `Domain`
CKadath::Ope_int	The operator surface integral
CKadath::Ope_int_volume	The operator volume integral (in a given `Domain`)
CKadath::Ope_inverse	The operator inverse (of a `Metric_tensor` ; i.e
CKadath::Ope_inverse_nodet	The operator inverse (of a `Metric_tensor` ; i.e
CKadath::Ope_lap	The operator Laplacian 3D
CKadath::Ope_lap2	The operator Laplacian 2D
CKadath::Ope_log	Operator logarithm (only defined for a scalar field or a double)
CKadath::Ope_minus	The operator minus
CKadath::Ope_mode	This operator gives the value of one coefficient of a field, on a given boundary
CKadath::Ope_mult	The operator Multiplication
CKadath::Ope_mult_1mrsL	The operator multiplication by (for AADS spacetimes)
CKadath::Ope_mult_r	The operator multiplication by
CKadath::Ope_mult_rsint	The operator multiplication by $r\sin\theta$
CKadath::Ope_mult_sint	The operator multiplication by $\sin\theta$
CKadath::Ope_mult_x	The operator multiplication by (what it means depend on the `Space` considered)
CKadath::Ope_partial	The operator partial derivative
CKadath::Ope_partial_var	The operator partial derivative wrt one variable (same thing as Ope_partial ??)
CKadath::Ope_point	This operator gives the value of a field at a point (arbitrary not necesseraly a collocation one)
CKadath::Ope_pow	The operator power-law
CKadath::Ope_scal	The operator flat scalar product Intended for systems where no metric has been defined
CKadath::Ope_sin	Operator sine (only defined for a scalar field or a double)
CKadath::Ope_sinh	Operator hyperbolic sine (only defined for a scalar field or a double)
CKadath::Ope_sqrt	Operator square-root (only defined for a scalar field or a double)
CKadath::Ope_sqrt_anti	Operator square-root (only defined for a scalar field or a double)
CKadath::Ope_sqrt_nonstd	Operator square-root (only defined for a scalar field or a double)
CKadath::Ope_srdr	The operator multiplication by $\frac{1}{r} \partial_r$
CKadath::Ope_sub	The operator substraction
CKadath::Ope_user	Operator defined by the user in the `System_of_eqs` This version is intended to work with one argument
CKadath::Ope_user_bin	Operator defined by the user in the `System_of_eqs` This version is intended to work with two arguments
CKadath::Ope_val	This operator gives the value of a field at a given collocation point
CKadath::Ope_val_mode	This operator gives the value of one coefficient of a field
CKadath::Ope_val_ori	This operator gives the value of a field at the origin
CKadath::Param_tensor	Class for handling additional parameters for some `Tensor`
CKadath::Point	The class `Point` is used to store the coordinates of a point
►CKadath::Tensor	Tensor handling
CKadath::Metric_tensor	Particular type of `Tensor`, dedicated to the desription of metrics
CKadath::Scalar	The class `Scalar` does not really implements scalars in the mathematical sense but rather tensorial coordinates of tensors
CKadath::Vector	A class derived from `Tensor` to deal specificaly with objects of valence 1 (and so also 1-forms)
CKadath::Term_eq	This class is intended to describe the manage objects appearing in the equations
CKadath::Val_domain	Class for storing the basis of decompositions of a field and its values on both the configuration and coefficients spaces, in a given `Domain`
▼CMemory_mapped_array
CKadath::Dim_array	Class for storing the dimensions of an array
CKadath::System_of_eqs::Output_data	Sylvain'stuff
CKadath::Param	Parameter storage
▼CProfiled_object
CKadath::System_of_eqs	Class used to describe and solve a system of equations
▼CKadath::Space	The `Space` class is an ensemble of domains describing the whole space of the computation
CKadath::Space_adapted_bh	The `Space_spheric_adapted` class fills the space with one shell adapted on the inside, several standard shells and a compactified domain, all centered on the same point
CKadath::Space_bbh	Spacetime intended for binary black hole configurations in full general relativity (see constructor for details about the domains used) The shape of the horizons are variables
CKadath::Space_bin_bh	Spacetime intended for binary black hole configurations (see constructor for details about the domains used) The radii of the holes are variables
CKadath::Space_bin_fake	Spacetime intended for fake binary neutron star configurations (see constructor for details about the domains used)
CKadath::Space_bin_ns	Spacetime intended for binary neutron stars configurations (see constructor for details about the domains used)
CKadath::Space_bispheric	The `Space_bispheric` class fills the space with bispherical coordinates (see the constructor for more details)
CKadath::Space_critic	The `Space_critic` ; set the space with two critic domains, separated at $x_{\rm lim}$
CKadath::Space_fourD_periodic	The `Space_fourD_periodic` class fills the space with one 4d nucleus and several 4d shells, with a periodicity in time
CKadath::Space_oned	The `Space_oned` class fills the space with 1-dimensional domains (spherical ones), intended for spherically symmetric problems
CKadath::Space_polar	The `Space_polar` class fills the space with one polar nucleus, several polar shells and a compactified polar domain, all centered on the same point
CKadath::Space_polar_adapted	The `Space_polar_adapted` class fills the space with one polar nucleus, one polar shell adapted on the outside, one polar shell adapted on the inside, several standard polar shells and a compactified polar domain, all centered on the same point
CKadath::Space_polar_periodic	The `Space_polar_periodic` class fills the space with one polar nucleus and several polar shells, with a periodicity in time
CKadath::Space_spheric	The `Space_spheric` class fills the space with one nucleus, several shells and a compactified domain, all centered on the same point
CKadath::Space_spheric_adapted	The `Space_spheric_adapted` class fills the space with one nucleus, one shell adapted on the outside, one shell adapted on the inside, several standard shells and a compactified domain, all centered on the same point
CKadath::Space_spheric_periodic	The `Space_oned` class fills the space with 2-dimensioanl domains : spherically symmetric and time periodic
CKadath::Space_spheric_symphi	The `Space_spheric_symphi_symphi` class fills the space with spherical domain(s) with symmetry in phi
CKadath::Space_spheric_time	The `Space_oned` class fills the space with 2-dimensioanl domains : spherically symmetric and time dependant